public static void DrawSpring(SpringHandler.spring ss, ref SpringHandler.particle[] ps, Color col)
{
Debug.DrawLine(ps[ss.connectionA].position, ps[ss.connectionB].position, col);
}
void Update()
{
if (clothHandler != null)
{
clothComputeShader.SetVector("fixedPos", clothHandler.transform.position);
}
clothComputeShader.SetFloat("globalStiffness", globalStiffness);
clothComputeShader.SetFloat("globalDamping", damping);
clothComputeShader.SetFloat("mass", mass);
clothComputeShader.SetFloat("gravityMul", gravityMul);
clothComputeShader.SetVector("spherePos", sphereCollider.transform.position);
clothComputeShader.SetFloat("sphereRadius", sphereCollider.transform.lossyScale.y / 2);
for (int i = 0; i < solverSteps; i++)
{
clothComputeShader.SetFloat("deltaTime", Time.deltaTime / solverSteps);
clothComputeShader.Dispatch(mainClothKernelHandler, count / 8, 1, 1);
}
SpringHandler.particle[] ps = new SpringHandler.particle[count];
SpringHandler.spring[] ss = new SpringHandler.spring[springCount];
particleBuffer.GetData(ps);
springBuffer.GetData(ss);
if (drawCloth)
{
DrawAllConnections(ps, ss);
}
if (drawVelocities)
{
SpringHandler.DrawVelocity(ps);
}
if (printDebug)
{
Print("Velocities", ps);
printDebug = false;
}
for (int i = 0; i < ss.Length; i++)
{
SpringHandler.spring s = ss[i];
switch ((SpringHandler.SpringType)s.springType)
{
case (SpringHandler.SpringType.StructuralSpring):
s = SpringHandler.ApplyChanges(s, structuralSpringVars);
break;
case (SpringHandler.SpringType.ShearSpring):
s = SpringHandler.ApplyChanges(s, shearSpringVars);
break;
case (SpringHandler.SpringType.StructuralBendingSpring):
s = SpringHandler.ApplyChanges(s, structuralBendingSpringVars);
break;
case (SpringHandler.SpringType.ShearBendingSpring):
s = SpringHandler.ApplyChanges(s, shearBendingSpringVars);
break;
}
ss[i] = s;
}
particleBuffer.SetData(ps);
springBuffer.SetData(ss);
}
